Auto news on Youtube Nov 29 2017

Today's innovative companies continually seek new ways to improve product design

and reduce development costs.

By digitally exploring these concepts in the early stages of the

design process using upfront simulation,

companies can make informed decisions,

reducing the needs for prototypes,

and avoiding design flaws or inefficiencies.

Typical prototyping costs can range from 100s of thousands, to millions of dollars.

Simulation software can help you to greatly reduce those costs.

Let Ozen Engineering show how you can:

- Save significant time and money

- Increase the speed in your product's development

- Reduce your costs for prototyping

- & Establish a longer life for your product

Using the ANSYS simulation software suite.

ANSYS is premium simulation software giving engineers fast and accurate results,

successfully solving product development and design problems of all types.

ANSYS provides a richness of functionality across a broad range of disciplines,

whether it be structural mechanics, fluid dynamics, thermal, or electromagnetics.

Ozen Engineering is the exclusive ANSYS distributor for Northern California and Silicon Valley

serving a variety of technology companies,

both startups and industry leaders alike.

We sell ANSYS software and provide training,

simulation consulting, and technical support.

We work with some of the most experienced simulation engineers in the area,

and our on-demand tech support is only a phone call away.

(We even offer virtual reality demos to customers

who want to see the future of the simulation industry)

Let us show you how fast we can get you up and running.

Ozen Engineering. Give us a call, or email us today!

For more infomation >> Ozen Engineering - The Simulation Software Experts - Duration: 1:48.

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difference between bs computer science and software engineering - Duration: 2:09.

software engineering vs computer science in modern society computers have become

an integral and unavoidable part however we focus less on the inner workings of

these familiar things computer science is the theoretical foundation of the

computer systems whereas software engineering is an application of

principles into problems to develop a software solution computer science is

the basic science of computing hardware and software it provides insight into

software engineering vs computer science

software engineering vs computer science in modern society computers have become

an integral and unavoidable part however we focus less on the inner workings of

these familiar things computer science is the theoretical foundation of the

computer systems whereas software engineering is an application of those

principles into problems to develop a software solution computer science is

the basic science of computing hardware and software it provides insight into

the mechanism of both software and hardware components and theoretical foundations of computation for implementation and application in computer systems computer science consists of many major sub disciplines computational theory information encoding theory algorithms and data structure and programming language theory belongs to the theoretical computer science applied computer science sub disciplines or artificial intelligence computer architecture and engineering computer graphics and visualization cryptography and computer-security computer networks concurrent parallel and distributed systems databases and information retrieval and software engineering many of these sub disciplines are based on mathematical theories some application aspects are connected to mechatronics and other Applied Sciences also these sub disciplines extend into minor study areas for example the computational theory contains study areas such as automata theory computability theory complexity theory cryptography and quantum computing theory software engineering can be considered as one of the major sub disciplines of applied computer science it focuses on building effective software systems using a rigorous engineering approach it can be described as a systematic disciplined quantifiable approach to the design development operation and maintenance of software and the study of these approaches there is no one accepted definition of software engineering but